WOOD CHIP AND PELLET BOILER

NEW! TMe

350 – 550 kW

  • Sturdy construction
  • Industrial model

Wood chip and pellet boiler

NEW! TMe

Froling’s Turbomat is a unique heating system with a fully automatic wood burner which will operate with a wide variety of wooden material. As a leading manufacturer of biomass heating systems, the Turbomat embodies all of Froling’s expertise in pioneering innovation. We were looking for a boiler that would be perfectly suited for burning other biomass fuels as well as wood chips.

The Turbomat not only boasts innovative combustion technology but also offers impressive control options. With Lambda controls as standard, combustion chamber temperature monitoring and under-pressure control, perfect combustion is guaranteed for a range of materials. The comfort provided sets new standards in this performance category.

From material feed to combustion, to cleaning and ash removal, everything is fully automated. Despite all its high-tech features, the Turbomat is designed for exceptionally easy maintenance.

Information/advice

You would like to have further product information or you have general questions regarding our company?

The latest technology

Air intake through the thermally insulated outer shell for combustion air preheating (= adiabatic combustion chamber)

Air intake through the thermally insulated outer shell for combustion air preheating (= adiabatic combustion chamber)

High temperature combustion zone

High temperature combustion zone

This increases efficiency even further, particularly with poor quality fuels.

Vertical 3-pass heat exchanger

Vertical 3-pass heat exchanger with integrated efficiency optimisation system (WOS) with automatic cleaning function. Operating pressure 6 bar (8 bar on request).

High-temperature flue gas recirculation FGR

High-temperature flue gas recirculation
FGR

Optimises the results of the combustion process (output, emissions, etc.) for particularly demanding fuels such as pellets, shavings, etc.

Combined electrostatic precipitator - EFZ multicyclone unit Combination of electric filter and

Combined electrostatic precipitator - EFZ multicyclone unit

Combination of electric filter and multicyclone separator for guaranteed very low emission values.

Speed-controlled and monitored induced draught fan

Speed-controlled and monitored induced draught fan, Optionally integrated at three positions directly on the boiler. Can also be installed flexibly at an external position.

Bypass flap

Bypass flap for optimised partial load operation and flue gas temperature control.

Collective ash removal from the combustion chamber and fly ash

Collective ash removal from the combustion
chamber and fly ash

Self-contained or for connection to further centralised ash removal system.

Generously dimensioned grate ash screw

Generously dimensioned grate ash screw

Large combustion chamber doors on both sides

Large combustion chamber doors on both sides

Actuated moving grate Split primary air zone

Actuated moving grate
Split primary air zone

Automatic ignition

Automatic ignition

Optional second ignition fan can be fitted for fuels of materials that are difficult to light (due for instance to high water content).

High-temperature combustion chamber with 4-layer jacket

High-temperature combustion chamber with 4-layer jacket, for optimum combustion even with low-quality fuel (e.g. high water content, ...) or alternative fuels. Internal structure: innovative module components made of high-temperature-resistant silicon carbide / first thermal insulation / air jacket / second thermal insulation.

Stoker kit

Stoker kit with large-volume,
2-chamber rotary valve with low
installation height
 

Air-cooled slide-on duct

Air-cooled slide-on duct which guarantees minimal energy consumption in the fuel feed-in area and full flexibility for variations in the size of pieces of fuel. The drive gearbox unit to industrial standards is durable, which results in useful pre-drying of the heating material, particularly for fuels with a higher moisture content.

Industrial PLC with 10,1“ glass touch display

Industrial PLC with 10,1“ glass touch display for easy and intuitive operation

PLC control cabinet

PLC control cabinet
Mounted on the boiler and pre-wired to the electrical components installed on the boiler.

Systematic convenience

The PLC 4000 controller is built using high-quality industry-standard components. The clear, user-friendly control system offers a wide range of different settings and visualisation options for individual, efficient and stable operation. The Froling PLC 4000 offers numerous functional options such as multi-sensor storage tank management, heating circuit and network temperature control, external output specifications, cascade function, integration, monitoring and control of additional peripheral components.

Advantages

  • Powerful PLC controller with 10.1” colour touch display

  • Simple and reliable remote access via Froling visualisation software

  • Numerous functional options

bunker filling system

BFSV-H vertical feed screw bunker filling system

FBR-G with separate rotary agitator

FBR-G with separate rotary agitator

FBR-G with separate rotary agitator

FBR-G with separate rotary agitator

GAR-G system with separate rotary agitator

GAR-G system with separate rotary agitator

Progressive metering screw with modular plug-in system

Progressive metering screw with modular plug-in system

The progressive feed screw guarantees reliable fuel transport. Thanks to the progressive screw pitch, the material does not become compacted and can always be transported easily. This ensures less force and energy consumption. The modular design of the feed screw with standard extension pieces between 100 and 2,000 mm (increments of 100/200 mm) allows easy assembly and flexible positioning of the system in the boiler room. The Froling feed screw does not require sloping sides.

Flap-bottomed container (galvanised for exterior installation)

Flap-bottomed container (galvanised for exterior installation)

The ash is automatically conveyed into the flap-bottomed container whence it can easily be emptied. This ensures long emptying intervals and maximum convenience. Available in sizes 330, 500 or 1000 ltr.

Ash removal

  • Vertical ash removal system
     
  • Central ash removal

Froling will plan an individual central ash removal system to the customer’s requirements. Collecting screws are employed to gather the ash from various points (such as the heat exchanger, grate, etc.) and convey it to a central external point. Standard ash container (240 ltr, 1100 ltr), flap-bottomed container (500, 1000 ltr) or ash pit (7000 ltr, 10,000 ltr, …).

Suitable for coarse wood chips P63 (previously G100)

Suitable for coarse wood chips P63 (previously G100)

Depending on the application, raking chain conveyors, conveyor belts or hydraulic cross feeders may be used, with the option of connection of sprinklers.

Froling storage tank systems with sensor strip

Fröling storage tank systems with sensor strip

Fröling storage tank systems are available in various sizes and are also ideal for combining with other energy systems.

Hydraulic loading

Hydraulic loading

The burn back slide valve closes off the fuel feed-in from the fuel store compartment. The fuel is fed into the combustion chamber directly on to the moving grate by means of a hydraulic ram. Available from TMe 350 kW. For coarse fuels up to P63 (formerly G 100).

EFZ 350-550 kW electrostatic precipitator cyclone

EFZ 350-550 kW electrostatic precipitator cyclone

The modular electrostatic precipitator system combines the function of electrostatic charging of dust particles and the centrifugal separation of a multicyclone to reduce fine dust emissions.

Sliding floor discharge unit

Sliding floor discharge unit

The sliding floor discharge unit is used to discharge combustion materials from a rectangular or square bunker. The sliding floor discharge system can be equipped with one or more slide rods and is installed on the flat floor of the bunker.

Hydraulic loading

The burn back slide valve closes off the fuel feed-in from the fuel store compartment. The fuel is fed into the combustion chamber directly on to the moving grate by means of a hydraulic ram. Available from TMe 350 kW. For coarse fuels up to P63 (formerly G 100).

Modular components made of silicon carbide

Innovative modular components made of high-temperature-resistant silicon carbide for optimal combustion.

Brochures / EU Label

NEW! TMe

Technical specifications

Technical specifications - TMe350400450500550
Rated heat output [kW]349399449499549
Output range [kW]104,7 – 349119,7 – 399134,7 – 449149,7 – 499165 – 549
Rated thermal input of fuel with wood chips [kW]366,2418,2470535589
Nominal thermal input of fuel [kW] with pellets361,3413465521-
Required fuel quantity at nominal load for NL wood [kg/h] chips / pellets101 / 71116 / 81131 / 95145 / 102160 / -
Electrical connection400V / 50Hz / C35A or as shown on the circuit diagram400V / 50Hz / C35A or as shown on the circuit diagram400V / 50Hz / C35A or as shown on the circuit diagram400V / 50Hz / C35A or as shown on the circuit diagram400V / 50Hz / C35A or as shown on the circuit diagram
Max. permissible operating pressure [bar]6 (8¹)6 (8¹)6 (8¹)6 (8¹)6 (8¹)
Total dry weight including attachments [kg]74757475747574757475
Weight - combustion chamber incl. SiC modules [kg]43164316431643164316
Weight of SiC modules [kg]20632063206320632063
Weight - heat exchanger [kg]18581858185818581858
Combustion chamber installation dimensions (L x W x H) incl. collision protection and insulating sheet panelling [mm]2779 x 1461 x 22782779 x 1461 x 22782779 x 1461 x 22782779 x 1461 x 22782779 x 1461 x 2278
Dimensions required for heat exchanger [mm] installation (L x W x H)1560 x 1345 x 23011560 x 1345 x 23011560 x 1345 x 23011560 x 1345 x 23011560 x 1345 x 2301
Flue spigot diameter [mm]300300300300300
Heat exchanger water capacity [ltr]10401040104010401040
Minimum boiler return temperature [°C]6565656565
Max. permitted operating temperature [°C]>100²>100²>100²>100²>100²
Flue gas temperature (at nominal load / at partial load) [°C]140 / 110140 / 110140 / 110140 / 110140 / 110
Permitted fuel as per EN ISO 17225Part 4: Wood chips P16s - P45s class A1 + A2 P63 with hydraulic loading, Part 2: Wood pellets, D06 / class A1 + A2Part 4: Wood chips P16s - P45s class A1 + A2 P63 with hydraulic loading, Part 2: Wood pellets, D06 / class A1 + A2Part 4: Wood chips P16s - P45s class A1 + A2 P63 with hydraulic loading, Part 2: Wood pellets, D06 / class A1 + A2Part 4: Wood chips P16s - P45s class A1 + A2 P63 with hydraulic loading, Part 2: Wood pellets, D06 / class A1 + A2Part 4: Wood chips P16s - P45s class A1 + A2 P63 with hydraulic loading, Part 2: Wood pellets, D06 / class A1 + A2
¹ On request
² Higher boiler temperatures on request
NEW! TMe

Dimensions

All dimensions in mm - TMe350400450500550
L1    Overall length incl. collective ash removal and return temperature control26702670267026702670
L2    Length of induced draught fan (opposite control cabinet)890890890890890
L3    Length of induced draught fan (control cabinet side)865865865865865
L4    Distance between flue gas pipe connection (control cabinet side) and side of boiler18601860186018601860
L5    Distance between flue gas pipe connection (opposite to the control cabinet) to boiler side550550550550550
L6   Distance between flue gas pipe connection (opposite the stoker) and side of boiler300300300300300
L7    Distance between return connection and back of boiler265265265265265
B1    Total width38153815381538153815
B2   Width of induced draught fan (opposite stoker)625625625625625
B3   Width of stoker (screw-fed)11201120112011201120
B4   Distance between stoker and side of boiler600600600600600
B5   Distance between flue gas pipe connection (opposite the stoker) and side of boiler290290290290290
B6   Distance between flue gas pipe connection (opposite the control cabinet and control cabinet side) and side of boiler105105105105105
B7    Distance between return connection and side of boiler10901090109010901090
W8  Distance between flow connection and side of boiler14751475147514751475
B9   Width of hydraulic stoker27102710271027102710
B10 Distance between the hydraulic stoker connection and side of boiler940940940940940
H1   Height of inspection cover on the heat exchanger26902690269026902690
H2   Height of heat exchanger23502350235023502350
H3   Height of flue gas pipe connection (opposite the control cabinet)16701670167016701670
H4   Height of stoker connection (control cabinet side)14801480148014801480
H5   Height of stoker connection (opposite stoker)980980980980980
H6  Height of stoker connection (screw-fed)945945945945945
H7   Combustion chamber height22152215221522152215
H8  Height of connection for flow23002300230023002300
H9  Height of hydraulic stoker connection11601160116011601160
H10 Burn back slide valve12101210121012101210
H11  Height of return connection22152215221522152215

For you personally

Information & advice

You would like to have further product information or you have general questions regarding our company?

Contact

Fröling Heizkessel- und Behälterbau Ges.m.b.H.
Industriestraße 12 | A – 4710 Grieskirchen

Company

Froling is a pioneer in modern wood heating systems. The Froling signature is on many products from the groundbreaking invention of the firewood boiler with high-temperature combustion, from the wood chip burner with Lambda technology to the development of the internationally acclaimed pellet boiler.

A wide variety of well-known international quality awards underscores the ongoing success of the Austrian family company.

Allgemeine Fragen
Kundendienst, Störungen

Heating with biomass

Heating with wood is convenient, saves on heating costs, is a secure renewable raw material and is also carbon-neutral